Sonia/eye: Difference between revisions
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main idea | main idea | ||
<span style="color:#cccccc;"> nonlinear systems in physics +/or chaos theory visualised poetically. <br> | <span style="color:#cccccc;"> nonlinear systems in physics +/or chaos theory visualised (poetically). <br> | ||
<span style=" | |||
<span style="color:#cccccc;"> a | end result | ||
<span style="color:#cccccc;"> a screensaver :-/<br> | |||
what is chaos theory <br> | |||
<span style="color:#cccccc;"> "pioneered by MIT’s Edward Lorenz in the 1960s, chaos theory holds that many macroscopic physical systems are so sensitive to initial conditions that, even though they can be described by a deterministic theory, they evolve in unpredictable ways. A weather-system model, for instance, might yield entirely different results if the wind speed at a particular location at a particular time is 10.01 mph or 10.02 mph." — [http://news.mit.edu/2014/fluid-systems-quantum-mechanics-0912 <span style="color:#cccccc;">source] | |||
reference <br> | reference <br> | ||
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keywords / other lines of inquiry <br> | keywords / other lines of inquiry <br> | ||
<span style="color:#cccccc;"> turbulence, circular (nonlinear?) polarisation, complex wave systems, screensaver, high speed capture, optical science, physics, flow | <span style="color:#cccccc;"> turbulence, circular (nonlinear?) polarisation, complex wave systems, screensaver, high speed capture, slow motion, optical science, physics, flow, fluid mechanics... | ||
[[File:©SoniaMangiapaneOptics.JPG|left|300px]] | |||
Revision as of 00:31, 20 November 2018
main idea
nonlinear systems in physics +/or chaos theory visualised (poetically).
end result
a screensaver :-/
what is chaos theory
"pioneered by MIT’s Edward Lorenz in the 1960s, chaos theory holds that many macroscopic physical systems are so sensitive to initial conditions that, even though they can be described by a deterministic theory, they evolve in unpredictable ways. A weather-system model, for instance, might yield entirely different results if the wind speed at a particular location at a particular time is 10.01 mph or 10.02 mph." — source
reference
double pendulum
triple pendulum
inspiration
resonance
glow in the dark double pendulum
keywords / other lines of inquiry
turbulence, circular (nonlinear?) polarisation, complex wave systems, screensaver, high speed capture, slow motion, optical science, physics, flow, fluid mechanics...
